With twice as many posters as last year, the session is packed with such a wide variety of topics that there’s no easy way to classify it. Education, games, medical, government, scientific, web; there’s a lot to show and learn.
What do you use for all of your Hydro-Geo-Chemical Modeling problems? I know I use Python, and so do Mike Müller and Fei Luo. It’s a staple of their sub-surface environmental research. They make use of matplotlib, so get ready for some fancy diagrams. Thanks to Python, they say “nearly impossible tasks become simple.”
Every time I run a neutron scattering experiment, I do it with Python. Same with Piotr Adam Zolnierczuk. Thankfully he made a poster to show you what it’s about. Oak Ridge National Laboratory has the world’s most powerful pulsed spallation neutron source, and the PyDAS package makes it easy to integrate the many parts of the system. Piotr plans to show an overview of the system along with examples of its use.
We all know that cloud computing is all the rage, but Gökhan Sever is working with literal cloud computing as an atmospheric scientist. Python with Cython, NumPy, SciPy, and Matplotlib all come together to support Gökhan’s cloud modelling application. From the processing to analysis to visualization, he does it all with the open source tools we all use. Yay cloud.
If you were wondering how one might solve hyperbolic partial differential equations and work with computational fluid dynamics, Python is a correct answer. Yung-Yu Chen put together a poster showing why Python and C is a viable replacement for the venerable FORTRAN, as commonly seen in the science world. Yung-Yu’s SOLVCON framework shows that Python is on its way to becoming a mainstream tool in this field.
Be sure to check out the Poster Session Sunday at 10:05!